Organizations should improve cybersecurity as a connected risk-management program, not chase a universal list of fashionable tools. Start by assigning risk ownership, then strengthen identity and asset visibility, fix vulnerabilities attackers are already exploiting, build safer defaults, and practice detection, response and recovery. The right order depends on the organization’s sector, critical systems, exposure and ability to sustain each control.
What are the top cybersecurity priorities for organizations?
A practical program joins leadership decisions to day-to-day protections and recovery. CISA’s voluntary Cross-Sector Cybersecurity Performance Goals (CPGs) provide a limited set of high-impact practices for critical infrastructure and other organizations. They align with the six functions of NIST Cybersecurity Framework (CSF) 2.0: Govern, Identify, Protect, Detect, Respond and Recover.
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The CPGs are a baseline and benchmark, not a certification or a substitute for sector-specific risk analysis. Implementing one goal does not necessarily fulfill an entire CSF subcategory. Organizations with distinct operational needs should also consider applicable sector-specific goals.
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1. Make risk ownership and priorities explicit
Leaders should establish who owns cybersecurity risks, what level of risk the organization can accept, and how security investments are prioritized. That governance gives technical teams a basis for deciding which systems and services need the strongest protection and what risks require escalation.
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CISA’s FY2024–2026 strategic plan emphasizes measurable risk reduction and shared responsibility, including responsibility on the part of technology providers to build secure products. In practice, that means organizations should ask not only how to configure and maintain their systems, but also whether the products they depend on are secure by default.
2. Know the systems and accounts that matter
Organizations cannot reliably prioritize protection or patching without visibility into their assets. Build and maintain an inventory that accounts for the systems, devices, cloud services, users, privileged accounts and suppliers that support important operations. Then identify which assets are exposed, business-critical or difficult to restore.
Use that picture to decide where to deploy controls first. A vulnerability on an exposed, critical system may deserve attention before a larger number of lower-risk issues on less consequential assets.
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Require multifactor authentication (MFA), with particular priority for privileged and other high-risk accounts. Phishing-resistant MFA is a stronger choice for those accounts because it is designed to resist credential theft through phishing. CISA’s November 2024 red-team assessment advisory recommends MFA for privileged users and identifies hardware-based FIDO or public key infrastructure (PKI) tokens as providing the greatest resistance to exploitation.
A hardware key is a category of MFA option, not a universal fit. Before choosing one, confirm that its connector and platform work with the organization’s devices, accounts and identity provider. Plan for enrollment, replacement and recovery so a lost or incompatible key does not prevent legitimate access.
4. Prioritize exploitable vulnerabilities over patch counts
Track vulnerabilities across the asset inventory and prioritize issues listed in CISA’s Known Exploited Vulnerabilities (KEV) Catalog. Pay close attention to whether an affected system is internet-facing, critical to operations or otherwise reachable by an attacker. Record the time between identifying a known-exploited vulnerability and completing remediation.
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A high number of closed tickets does not by itself demonstrate lower risk. Verify that fixes reached the affected systems, and check whether exposure was actually removed. When a patch cannot be applied promptly, document the risk and the interim mitigation rather than treating the issue as resolved.
5. Reduce insecure defaults and configuration burden
Secure by design shifts more responsibility to technology producers to deliver products that are safer out of the box, instead of expecting every customer to compensate for insecure defaults, configuration complexity or slow patching. Joint agency guidance describes the principle this way: “Secure-by-Design” means that technology products are built in a way that reasonably protects against malicious cyber actors successfully gaining access to devices, data, and connected infrastructure.
For organizations that build or configure technology, related practices include threat modeling, secure development and defense in depth. For buyers, evaluating default settings and the effort needed to maintain a product’s security can reveal operational risks that a feature checklist may miss.
How should organizations prepare to detect, respond and recover?
Incident response is part of ongoing cybersecurity risk management, not just a set of actions taken after an attack. NIST Special Publication 800-61 Revision 3, published in April 2025, integrates incident-response recommendations throughout CSF 2.0. Organizations should make their response plan usable under pressure and connect it to detection, communications and recovery responsibilities.
Exercise the response plan
Run exercises that give the people responsible for responding a chance to make decisions using realistic scenarios. Capture gaps in roles, communication, escalation and technical procedures, assign owners to address them, and use follow-up exercises to check whether those changes worked.
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Test recovery, not just backup presence
Backups matter only if the organization can restore what it needs. Test restoration of important systems and data, and record whether recovery succeeds and what problems arise. A backup that exists but cannot be restored in the time operations require is not evidence of recovery readiness.
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How can a small organization improve cybersecurity?
Start with controls that reduce common, consequential risks and that the organization can keep operating. CISA’s K–12 guidance offers a concrete starter sequence: deploy MFA, mitigate known-exploited vulnerabilities, implement and test backups, exercise an incident response plan, and establish a strong cybersecurity training program. This guidance is specific to K–12 organizations; organizations in other sectors should use their applicable sector-specific goals and risk assessment rather than assume the K–12 priorities cover every need.
- Secure access: enable MFA, prioritizing administrators and other high-risk accounts.
- Address known exploitation: identify affected systems and mitigate KEV issues, starting with exposed and critical assets.
- Prove recovery: make backups and complete restoration tests for important systems and data.
- Practice response: exercise the incident plan and assign follow-up actions to named owners.
- Train staff: provide a sustained cybersecurity training program suited to the organization’s risks and workflows.
After those first actions, progress toward the CPG baseline and a broader plan aligned with NIST CSF 2.0. CISA’s CPG FAQ frames the goals as a way to prioritize under resource constraints; the aim is to reduce meaningful risk, not to accumulate controls that cannot be maintained.
How can an organization measure cybersecurity improvement?
Choose a small set of measures tied to the risks and controls the organization is trying to improve. CISA identifies time to detect adversary activity and time to fix KEV issues as examples of effectiveness measures. These are measurement categories, not reported performance results; each organization needs its own baseline and targets.
- Identity: MFA coverage, with privileged and high-risk accounts visible separately.
- Exposure: time to remediate KEV issues, interpreted alongside asset criticality and exposure.
- Detection: time to detect adversary activity, using a consistent definition and measurement process.
- Recovery: restoration-test success and the time required to restore priority systems.
- Preparedness: findings from response exercises, whether corrective actions are completed, and whether later exercises validate the changes.
Review measures with the people accountable for risk and operations. Adapt them to sector, criticality, technology environment and available resources; a metric is useful when it shows whether a control is reducing exposure or improving response and recovery, not merely whether an activity occurred.
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